• Associate Professor Electrohydrodynamics
• AN, SEONGPIL
  Lab AMON Lab

• +82-31-299-4165
• esan@skku.edu
• Research Center 2 2F 83204

[Research Interest]

Fundamentals and Multidisciplinary Applications of Electrohydrodynamic Technology AMON LAB's specialized fields : - Electrohydrodynamic techniques: electrospinning, electrostatic spraying, EHD inkjet printing - Static electricity-related techniques Materials : - Polymer nanofibers - Metal-plated microfibers - Carbonized or ceramized nanofibers - Biocompatible and environmentally friendly materials - Viscoelastic polymeric materials - Triboelectric and piezoelectric nanomaterials Applications : - Triboelectric and piezoelectric energy harvesters - Secondary batteries - Multifunctional sensors - Semiconductor clean process - Heat transfer applications - Biomedical membranes and filters

• Associate Professor quantum dots
• BAE, WANKI
  Lab Quantum Nanomaterials & Devices Laboratory

• +82-10-7677-3503
• wkbae@skku.edu
• Research Center 2 2F 83210

[Research Interest]

Optoelectronic devices (light-emitting diodes, photodetectors and photovoltaic devices) based on nanocrystal quantum dots Nanocrystal quantum dot/Polymer hybrids Synthesis & characterization of nanocrystal quantum dots Nanocrystal quantum dot/Polymer hybrids Synthesis & characterization of nanocrystal quantum dots

• Professor Energy harvesting and Solid state cooling, Nanocatalysts, Semiconductor sensors
• BAIK, JEONG MIN
  Lab Functional Innovative Material Lab

• +82-31-290-7409
• jbaik97@skku.edu, jmbaik97@gmail.com
• Engineering 2 (25) 2F 25219

[Research Interest]

Energy Harvesting and Solid-State Cooling, Nanocatalysts (CO₂ Conversion and Water Splitting), and Semiconductor Sensors (Imaging and Gas Sensing)

• Professor
• HONG, YOUNGJOON
  Lab YJHong Research Group

• +82-31-299-4192
• yjhong78@skku.edu
• Research Center 2 2F 83212

[Research Interest]

Semiconductor epitaxy micro-LED displays power devices (HEMT, high-power transistors)

• Professor
• HWANG, EUY HEON

• +82-31-299-4163
• euyheon@skku.edu
• Research Center 2 2F 83224

[Research Interest]

Surface plasmons in nanostructures and Application to Plasmonics Ultrafast electronic processes in low dimensional semiconductor nanostructures 2D Magnetic Materials: MPX3 Optical and transport properties, hot-electron relaxation, many-body effects in graphene and related systems (nanoribbon, graphite)

• Professor Chemistry, Materials Science, Optoelectronics
• JEON, IL
  Lab Jeon's Energy Optoelectronics & Nanobiomaterials Lab

• il.jeon@spc.oxon.org
• Research Center 2 2F 83230

[Research Interest]

Carbon Nanotube, Fullerene, Organic Synthesis, Polymer Synthesis, Optoelectronics, Sensor, Quantum Computer, Neuromorphic Memristor, AI, 3D Nano-printing

• Associate Professor
• KANG, BOSEOK
  Lab Organic Semiconductor Laboratory

• +82-31-299-4175
• bskang88@skku.edu
• Research Center 2 2F 83276

[Research Interest]

Organic transistors and device physics (charge transport, trap, and injection) Synthesis of functional polymers and chemically derived 2D materials Low-temperature spectroscopic analysis of organic semiconductors Thermoelectric application of highly doped organic semiconductors Solution printing methods of organic materials and optimisation of film microstructures Growth dynamics of vacuum-deposited small-molecular semiconductors Transistor-based gas and light sensors

• Associate Professor
• KIM, YONGHO
  Lab

• +82-31-299-4162
• yhkim94@skku.edu
• Research Center 2 2F 83231

[Research Interest]

Part 1. Protein-Based Materials -Development of non-biodegradable, conductive, and biocompatible protein-based gels -Design of extracellular matrix (ECM)-mimetic protein environments -Tuning gel properties for biosensing and drug delivery applications Part 2. Supramolecular Self-Assembly -Modularization of supramolecular structures via coiled-coil based self-assembly -Protein-guided self-assembly of fullerene crystals Part 3. Cell Behavior Control Using Proteins -Construction of a multifunctional Mussel Adhesive Protein (MAP) library -Regulation of cell activity and morphology through engineered functional proteins

• Professor Materials and electrode/cell design for rechargeable batteries
• KIM, YOUNG JUN
  Lab ENEM

• +82-31-299-4164
• yjkim68@skku.edu
• Research Center 2 2F 83278

[Research Interest]

Materials and electrode design for rechargeable batteries

• Associate Professor Nano/Semiconductor
• LEE, JAE HYUN
  Lab Quantum Materials & Device (Q-MAD)

• +82-31-299-4609
• platelee@skku.edu
• Engineering Building 1 (21) 2F 21213

• Professor Nanoscale Electronic Device/Materials
• LEE, SUNG JOO
  Lab Nanoscale Devices & Technology Lab.

• +82-31-299-4169
• leesj@skku.edu
• Research Center 2 2F 83272

[Research Interest]

– Advanced nano scale materials and devices for future computing applications – Synthesis and characterization of 0/1/2-D heterogeneous nano material systems – Post-Si information processing/storage devices and optoelectronic devices – Device physics and reliability of nano-electronic devices – Research output highlights (as of March 2025): • Authored >400 international refereed journal and conference papers • Total Citations: 12,259 (Google Scholar) • h-index: 61 (Google Scholar) • Invited presentations at >70 international conferences • Patent filed: >15 international patents, >40 domestic patents

• Professor Immune Bio Engineering
• LIM, YONG TAIK
  Lab Laboratory of Immune Modulation

• +82-31-299-4172
• yongtaik@skku.edu
• Research Center 2 2F 83229

[Research Interest]

Immunobioengineering for Cancer Immunotherapy Engineered Vaccine Adjuvants for the Control of Immunity Engineered Drug Delivery Systems

• Professor Nano Physics
• SONG, YOUNG JAE
  Lab ARON Lab

• +82-31-299-4168
• yjsong@skku.edu
• Research Center 2 2F 83274

[Research Interest]

- Investigation of Atomic and Electronic Structures in Quantum Materials and Topological Materials - Study of Light-Matter Interactions in Metamaterials and Nanomaterials using Nano-optical Measurements - Research on Novel Properties Emerging from Dimensional Hybridization of Low-dimensional Materials